Neumann边界条件的半空间调和方程基于广义函数的求解 1)

SOLUTION OF HALF SPACE HARMONIC EQUATION WITH NEUMANN BOUNDARY CONDITION BASED ON THE GENERALIZED FUNCTION 1)

  • 摘要: 经典弹性力学中的半空间边值问题可以转化为Neumann边界条件下半空间的调和方程问题。基于广义函数中的狄拉克\delta函数及其相关性质,可以对这一问题的求解给出一个简洁的证明并可分析其相关的工程应用。此证明可以避免一些较复杂的数学工具的使用,有利于弹性力学相关问题的学习和探讨。

     

    Abstract: The half space boundary value problem in classical elasticity can be transformed into the half space harmonic equation problem with Neumann boundary conditions. Based on the Dirac \delta function in generalized functions and its related properties, a simple proof for the solution of this problem can be given along with its related engineering applications. This proof does not need the use of very complicated mathematical tools and can help the study of the related problems in elasticity.

     

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